Control of Electrical Drives
- Process integrated linear drives (Benavides, Leidhold)
- Totally distributed system of linear drives for material handling applications (Silaghiu)
- Position acquisition for linear direct drives equipped with passive movers (Mihalachi)
- Fault tolerant VSI for drives and its control (Errabelli)
- Energy saving control of variable speed ac-motor drives using neuro-fuzzy approaches (Hussein)
- High performance control of a Direct Drive (Weigel)
- Highly accurate and dynamic acquisition of the mechanical system state of electrical motors (Bähr, Müller)
- Dynamic control algorithm of inducation machines (Faßnacht, Flach, Probst)
- Closed loop control for feed drive systems (Doenitz, Singer)
- Direct speed control
- Previous works in control of electrical drives since 1991
Research on power converter topology
- Interaction between switching transients and gate drive of power semiconductors with Hf-currents and voltages in VSI- fed drives (Purcarea)
- Energy efficient converter-fed drives (Kedarisetti)
- Controlling voltage source converters with minimal energy storage (Lamsahel)
- Resonant switched Voltage Source Inverter (Bachmann, Bornhardt)
- Resonant switched Voltage Source Inverter (Stier)
- Matrix-Umrichter (Marcks)
- Three-level-Inverter (Kehl)
Power converters and control in the field of renewable energy and energy transmission
- Photovoltaics (Warmbier, Hinz, Meinhardt)
- Wind energy (Hoffmann)
- High voltage DC transmission (HVDC) (Lipphardt, Zong)
Other applications of power converters
- Low-expenditure dynamic actuators for safety related applications (Krautstrunk)
- Traction (Song, Keil, Wang)
- Switched mode power supplies (Huth, Emsermann)
- Contactless Power Transmission (Knaup)
Communication and simulation
- Simulation of power electronic circuits and machines (Anschütz)
- Real-time communication of drives (SERCOS) (Schultze, Gick)
- Real-time model (Gallenkamp)
